hiller



J. L. HILLEFI. PRoPoRTIoNING AND DIVIDINGIIOPPER. APPLICATION FILED APR. 20, 1917.

Patented Oct. 5, 1920..

4 SHEETS-SHEET I.

J. L. HILLER. PROPORTIONING AND DIVIDING HOPPER.

APPLICATION FILED APR. 20, 1917.

Patented Oct. 5, 1920.

4 SHEETS-SHEET 2.

J. L. HILLER. l PROPORTIONING AND DIVIDING HOPPER.

APPLICATION FILED APR. 20,1917.

jfl/efl/b/ 1 JosephlL/ff//eh J. L. HILLER. PRoPoRTloNlNG AND DIVIDING HoPPER.

APPLICATION FILED APR. 20. ISI?.

,4 SHEETS-SHEET 4.

C. Q. O O

' wiflmeooe Sanna? y UNITED STATES `l PATENT oi-*Flc TI O1\T 0F PENNSYLVANIA.

PRQPORTIONING AND DIVIDIN G- HQPPER.

1,354,747. y Spec'ificatioimf Letters Patent. i j Patented Oct. 5, 1920.

o e y Application filed April 2o, 1917. serial No. 163,398.

To all whom 'it may concern: f one end of the hopper than at the other end 55 Be it known Athat I, JOSEPH L. HILLER, a 0f the hopper, and, heretofore, this has led citizen of the United States, residing at Matto considerable diiculty in properly dividtapoisett, in the county of Plymouth and ing the materials into parts containing the of Massachusetts, have invented new correct proportion of the materials, but with and useful Im rovements in Proportioning my arrangement this diiiculty is obviated. 6G and Dividing oppers, of which the olloW- In the accompanying drawings,- ing is a specification.` F lgure l is a side elevationalview of a This invention/relates toh means for lprocoal crushing plant toV which my invention l portioni gj and dividing materials into a is applied.

plurality of parts composed of the materials Eig, 2 is a top gliv mixed in correct and predetermined proporshown in Fig 1,` tionsfl f Y o ig. 3 is a sectional view taken through More particularly, my invention has as its one embodiment of my improved hopper i5 purpose Ato'provide an apparatus for dividhaving a ate structure therebeneath comingl and proportioning materials into two 0i prising a p urality of sections. i l7G- I more portions, the operation being such that Fig. 4 is a vertical sectional view through each of the resultant portions Aconstitutes a the structure shown in Fig. 3 taken at right predetermined definite part of the whole angles thereto. amount of the materials fed to the Iachlne, Fig. 5 is an elevationand each of the portions contains the predeshowing another embod termined and correct percentages of the diftion, `ferent kinds of materials. Fig. 6 is a transverse sectional View s My invention is particularlyv apphable through the hopper and upper ends of the for use in, all cases whereit is desired to Chutes shown in Fig, 5, divide two or more materials, which are de- Fig. 7 is 'a sectional view of a hopper hav- 80 livered separ tely but simultaneously to the ing a gate structure similar to that illus# dividing and proportioning apparatus into trated in Fig. 3 definite portions made up of the Vdesired pelf- Fig. 8 is a' vertical sectional view through centages o f the mixed materials, but by wayv the structure shown in Fig. 7 taken at right pf example, and for. illustrative purposes angles thereto. 85 I I11y,.I have disclosed my iIlVeIltOIl as ap- Referring to the drawings, wherein like plied t0- a` coal'crushing plant. It is to be characters represent like parts in the Sevunderstood, however, that my invention is eral views, and particularly t0 Fig, 1, the not'limited to t-he particular lapplication numeral v10 designates cushing instrumenillustrated,l A talities, in the present instance, coal crush- 90 In the present instance, my inventlOIl 1S ers being conventionally illustrated. The [disclosed as applied t0 a Goal-Crushlng plant materials to be proportioned and divided are comprising a plurality of crushing instlll- `delivered to the crushing machines 10 by Illentaliiies 0I machines, a dellVeIyChute fOr means Off), plurality 0f chutes leading from each of Said machines, and a Single hOppel a hopper l1. In the embodiment shown in `95 from which the chutes lead. 'In a plant of. Fig. l, are ,disclosed three crushing inathis kind, it issometimes desirable to mix. chines, 10, a chute 12 leading vdirectly from several, grades of coal in the correct prO- the hopper `to one machine and a second of a crushing plant iinent of my inveii- 75 ivportionsv before delivering the-coal to the chute 13 having branches 14 and l5 which pulverizing machines. l The materials'to be? deliver t0 the @the crushed are usually fed to the hopper in the course, to be understood that any number of yform of streams or blankets, and for this c hutes may be employed; `tha t the disposipurpose, belt conveyers extending across the tion of these chutes may be varied as desired hopper may be employed. 4Not infrequently and that the 'chutes may deliver to other the depth. of the layer or stream of the makinds of devices than the crushing machines. 105 terials delivered by the conveyers will vary The hopper 11 is, in"elect,"a chute which de- `throughout the width thereof so that more livers tothe chutes 12 and 13. cf one kind of material will be delivered to In the present instance, I have shown the i plan view of the hopper 'l r machines. It is, of

material to be divided and crushed as being delivered to y,the opposite and longest sides of the hopper in the form of streams or blankets by means of belt conveyers 16, and while I have shown but two conveyers, it is to be understood that any number may be employed depending on thenumberof materials to be mixed and divided. In case more than two conveyers are used, the additional conveyers are located above, and will deliver between the streams delivered by the lower two conveyers. The proportions in which the coal is delivered are'usually determined by the thickness of the blankets of coal upon the conveyers, but, if desired, the speed of the conveyers may be regulated to control the amounts or proportions in which the different grades are delivered to the hopper.

In accordance with my invention, the hopper 11, which is preferably elongated and rectangularin shape, is divided into a plurality of compartments by means of transverse vertical division plates 17. The division plates 1T are, preferably, spaced equidistances apart and in parallelism with each other so that the compartments throughout the `.length of the hopper are of equal size. In the present instance, the hopper is divided into twelve compartments, but a larger or smaller number may be employed. It is preferable, however, to divide the hopper into as many compartments as practical, so that the width of the several compartments is small as compared to the width of the streams in which the materials are fed to the hopper.

In each of the alternate compartments of the hopper is an inclined diverting plate or bottom 18 which extends from near the top of one wall of the hopper to a point slightly past a central longitudinal line of the hopper. In the intervening compartments are divertingplates or bottoms.18 extending from near the top of the opposite wall of the hopper and in a direct-ion opposite to that of the divert-ing plates 18 to a point slightly past the central longitudinal line of the hop! per. Preferably the lower ends of the diverting plates 18 and 18 are attached to a supporting member 19 extending longitudinally and centrally through the hopper, -in the present case the member 19 being illustrated as comprising a channel iron. Vith this arrangement, it will be seen that one series of plates 18', mounted in alternate compartments of the hopper, delivers to one side thereof, and the other series of diverting plates 18, located in the intervening compartments. delivers to the other side of the hopper.

The chutes 12 and 13 are so arranged that the line on which the lower walls thereof join is located immediately beneath the longitudinal center of the hopper, that is, the

channel iron y19, so that those compartments in which the plates 18 are disposed will Anormally deliver to the chute 13 and the intervening compartments will normally deliver to rthe chute 12.

Inthe embodiment disclosed in Fig. 1, I have disclosed a gate 20, located beneath the compartments of the hopper 11, and composed of a single vane or diverting plate eX- tendin@r throughout the length of the hopper. 5Ihe gate 20 is fixed to a rotatable shaft 21 extendingV immediately above the line on which the bottom walls of the chutes 12 and 13 meet, and this shaft has at one end an operating handle or lever 22.

The operation of the arrangement above described, will be readily understood. Suppose, for example, that it is desired to divide the total amount of materials fed into the hopper into equal parts between the chutes 12 and 13, and that the onek kind or grade of material, fed'to one side of, the hopper by one of the conveyers,- constitutes one-third of the final product issuing from the hopper, and that the other kind or Ygrade of material fed to the other side of the hopper const-itutes the remaining two-thirds of the final product issuing from the hopper.

The gate 20 will be Vmoved into vertical position. The first kind of material delivered to the hopper, and which constitutes onethird of the total material issuing from the hopper, is divided into two equal parts, one of these parts being delivered-to the right, and the other to the left of the hopper. Of the material delivered by the other conveyer, and which constitutes two-thirds of the final product, one-half will pass to the right and one-half to the left.

It is to be remarked that by dividing the hopper into a relatively large number of composed of the correct and predetermined proportions of the two kinds of materials. The fact that the blankets or streams of coal delivered by the conveyers 16 may vary indepth crosswise of the hopper does not materially effect the proportioning of the parts of the materials foi-'the final parts of the materials issuing from the hopper are primarily made up of a relatively large num,- ber of portions whichy are taken from the conveyer at points spaced throughout the width of the hopper.

In some cases, it may be desirable to divert the total product issuing from the hopper to either of the chutes 12 or `13, and where such is the case, the gate 20 is swung to the right or left depending on which chute is to be shut olf. i

In Fig. 1, I have shown the chute 13 as having a vertical section 23 provided with compartments and diverting plates 18 and n 'n A 18n corresponding 1n construction and arrangement to like parts of the hopper 11.

Immediately beneath the hopper section 23 and at the confluence of the two branches 14 and l of the chute 13 is a gate 20 which may be employed to divert all of the mai diverting plates 24, there' Ary asto keep separated the e and (byswing-ingfall of the gate terial and 4, the function/of the h assing through the chute 13 to either branches 14 or l5. Whemthe gate 20 is invertical position, as shown, the material .is equally ndivided 'between these branches. f

In the embodiment disclosed in Figs.. 3 and 4, the construction ,of the hopper, 11 is similar to that -illustrated in F igsul and 2 in that it is provided with transverse dividing ing plates or bottoms f8 and 18". In this. embodiment, I./however, the gate' which is located beneath thecom artments of the hopper, consists of a plura ity of sections or being preferably more compartments in the hopper) than there are sections of the -gate so that one diverting plate of the gate may control the disposition of materials issuing from two or more compartments of the hopper. In the present instance, I have shown each of the sections 24 ofv the gatesas being located beneath two compartments, but, of course, three or more compartments .may deliver to` the same' gate section.`

Preferably, the spaces in which the several gate sections move are separated from each other by depending partitions 50 which may be formed ^by extending certain of the transverse plates 17 downwardly beneath the position of the supporting member 19.

suitable means for mounting the gate sections for rotation may beadopted, but by wayof illustration, I have disclosed each of' the ygate sections as being secured'tofa sleeve 251'. The several sleeves are of different lengthsJ and telescope each otherfand eachy has at its outer end an operating lever handle 26. `In the present case, I have shown allot the operating handles 26 as being. located toone side. of the chutes, but, if desired, half of the handles or levers may be mountedon one of the side and the other half, on the other Iside,

so as to reduce the number of different sizes of sleeves employed'.

With fthe construction,'showin` in Figs. 3 pper 1s to divide theA materials fed therein o into two equal parts and to insure thateach of these parts is composed of the correct amounts orL proportions of the materials fed per. The plates 24 of ther ate structure may be maintained in vertifal position 1so qual parts issuinlg` :from the hopper. vBy swinging Vall of the gatesections 24'to the left,.the total ma-` terial will be delivered". toA the chulte 12 plates 17 and oppositely disposed divertindependently sections to sthe right all of the livered to the chute 13.

It is sometimes desirable to divert a greater portion of the materials fed to Fthe hopper to one'of the chutes than to the other chute. Suppose that it is desired to divert two-thirds of the total material handled to the left, and one-third to the right as would ,be the case with the arrangement of chutes shown in Fig. Lwhen all three crushing machines are operating ati equal capacities. Four of the gate sections or plates would be swungv to the right andthe other two to the left where siX sections are used. It will be seen that, with the structure shown in Figs. 3 'and the hoppenmay `be divided into -material may .beL det 4, the materials issuing from' two parts of any desired unequal proportions.- I-Iow- "i ever, all ofthe parts are composed of the correct predetermined percentages of the materials delivered to the hopper.

Itis, of course, obvious that the sectional.

divided longitudinally into two passages by` means of a partition 27. One of the passages delivers directly to the branch chute 15 and the other to the branch chute 14. The hopper 11 is similar in construction to that illustrated in Figs. 3 and 4. In this 'embodiment I have lllustrated two gate structures similar to that disclosed in Figs. 3 and 4 as being disposedbeneath the hopper 11, one gate 24 being upper end of the partition 27 for controlling the discharge of the material from the hoper to either of the passages of the chute 13':

J he second gate 24 is located onia line above that onwhich the bottoms of the chutes 12 `and 13 unite. By adjusting the diverting plates of the gate 24 and 24', the material issuing from the chutes may be .diverted 1n the desired proportionso the various crushing machines. A

-In the embodiment `illustrated in- Figs. 7 yand 8", a gate structure similar to that shown in Figs. 3aand 4, is disclosed,but, in this e embodiment the hopper l1 into which the conveyers 16 are adapted to discharge, is

divided,into compartments and is provided with inclinedbottoms in the form of adjustable gates. `In the present instance, I have shown the g'te structure as having twelve varies or diverting plates 24, each section of the 'gate being'operated by the handles 26.

The spaces in which the ate are separated from each other by means of the division plates 50. When the hopper is not rcvided with the diverting bottoms 18, and)18, itis preferable to increase the P I A i located at the gate sections oper- I blanket, and meansfor positively separating number of diverting plates or sections of the gate, and, in the present instance, I have shown the gate as comprising twelve secions, although it, is to be understood that he number of sections may be increased or decreased as desired.

In the emplo ment of the embodiment shown in Figs. il to divide the material into two equal parts, the alternate gate sections should be so arranged as to deliver to one side and the intervening sections to the other side, and in this position they correspond in arrangement to the diverting bottoms 18 and 18 offthe preceding embodiments. l The gates can also be so arranged that the materials delivered to' the hopper would be divided into parts of unequal proportions. By suitably arranging the gates two-thirds of the material may be diverted into the chute 13 and the remaining one-third of the total material fed to the hopper is diverted to the chute 12. It is not always practical to divide the gate into as many divisions or sections as may be desired, lwhen a hopper having the stationary bottoms shown in Figs. 1 and 2 is not employed, and I have, therefore, sometimes found it preferable to employ my gate structure in combinaton with my 1mprovedhopper as it is practical to divide the hopper with oppositely disposed stationary diverting plates.

is obvious that this invention. is susceptible of various modifications and changes which would be within the spirit of the invention without departing from the scrplof the following claims.

at I claim is: y l. In combination a chute or hopper having an outlet adapted to discharge material in a plurality of streams,.means for delivering material to the hopper in a stream or the material within the hopper into a vplurality of bodies and selectively directing a predetermined number or proportion thereof into each stream discharged by the hopper. j

2. `In combination a chute or hopper having `an outlet adapted to dischargexmaterial s in a plurality of streams, means for delivering material to the hopper 1n a stream or blanket, Yand adjustable means within the hopper for selectively diverting a predetermined definite portion of the contents of' the hopper to 'each stream discharged thereby, and for varying the proportlons de'- liver/ed to each stream. y

3. In combination a chute or hopper having an outlet adapt-ed to discharge materlal in ,two streams, #means for delivermg material to the hopper in a stream or blanket, means dividing the hopperslongitudinally into a series of compartments adapted alternately to deliver their contents to said and 8, when it is desired j streams respectively, and means for causing all of said compartments to "deliver their contents to either of said streams.

4. In combination a chute orhopper, a plurality of means for delivering material to the hbpper, and adjustable means within the hopper for selectively separating mamaterial to said chute,n means for positively separating the total bodyrof material in the chute and delivering it in definite proportions to eachstream discharged thereby, and means for-controlling the direction of flow of the different streams fromthe chute.

6. In combination an elongatedchute or hopper having an outlet, means adapted to delivermaterial over a side wall of the hopper, and means within the hopper for positively separating the material inthe direction of the length'of the hopper into a pluralityl of bodies and delivering a predetermined number of said bodies to said outlet from the hopper. i

7. In combination, a chute divided into a plurality of compartments, means for delivering a plurality of materials to said compartments, plates in" spaced-apart compartments/extending from one side thereof but terminating short of the other side so as to cause the materials delivered to these compartments to issue from these compartments at the latter side, and plates in the remaining compartments disposed oppositely to those of the first compartments so ras to cause the materials delivered to these thereof.

ing the first sides thereof so that thematerialdelivered to these compartments will `issue from the open or'opposite sides thereof, and plates inthe remaining or intervening compartments closing the second sides of these compartments so that the ma"- terial delivered to these compartmentswill fis`sue therefrom from the first side thereof.

9. In combination, a chute divided into a plurality of compartments, means for delivering a plurality of materials in the Vform of blankets tou said com artments, and plates inclined from the wal s of said chute and partiallyy closing Ysaid compartments, said plates in some of said compartmentsbeing inclined in one direction so as to divert the material admitted to these compartments l to the first side ofthe chute, and theplates terial received from all of said delivery' means into bodies of definitely predeter-r /co'mpartments to issue from the first sidev 8. In combination, a chute divided into aY the chute.

Lcause the materlals delivered to these compartments to issue from the second side thereof.

l0. In combination, achute, plates for dividing said chute into a plurality of corr-i partments, inclined diverting platesl in alternate compartments extending from one side threof to at least the central'longitudinal line'of the chute, and inclined diverting plates in extending from the other side of the chute Ain a direction opposite to that of the firstmentioned diverting plates to a point at least past the central longitudinal .line of 11. In combination, a'chute, means for delivering material in a stream or blanket to said chute, means for dividing said chute into a plurality of compartments, inclined from tlie other side of the chute in a direc-- tion opposite to that of the firstmentioned 'diverting plates to a point at least n which said hopper delivers, means for de-l l feeding material to olie side offsaid chute,

diverting plates in alternate compartments extending from one side thereof to a point at least past of the chute, in the remaining compartmentsextending past' the central longitudinal line of the chute. i 12. In combination,\a hopper divided into a number f of v compartments, chutes into livering materials in streams or blankets to said hopper, and plates in said compartments extending from one side thereof to at least the line on which Ithe bottoms of said chutes join, e plates in some'of said compartments b tion so as to divert the material delivered to these oompartmentsinto one chute, and the plates in the remaining compartments being arranged in the opposite direction yso as toidivert the material admitted to these compartments to the second chute.

13, In' combination,' a chute means for means for feeding material to the -other side of `said chute, anda plurality of plates in the chute for positively diverting a definite portionof each of the materials to that side of the chute opposite that at which the respective materials are fedinto the chute. 4

. rality of platesb 14. In combination, a chute, means for delivering materialsl inblankets or streams to .opposite `sides of said chute, and a plu- Within the chute for positively diverting a' definite portion of each of, the materials to that side of the chute opposite that at which the respectlve materials-are delivered to the chute.

115. In combination, a chute, means for delivering one kind of material in a stream or blanket to one side fof said chute, meansl for delivering another kind of material 1n.

the remaining compartments the central longitudinal line and inclined diverting plates ing arranged in one direcf thereof.

delivered to the second side of the chuteto the first side thereof. f

16. In combination, a chute, meansefor delivering a material in a stream-.or blanket to the side of said chute, means for delivering a secondmaterial to the opposite Vside of said chute, plates in said chute for positively deliverin a definite portion of the material delivere to the first side of said chute to the opposite side thereof, a second set of plates for positivelydivertng a definite portion of the material delivered to the second side of the chute to the first side thereof, and an independent receiving means for each of said portions.

17. In combination, a chute divided into va I plurality of compartments, means for' delivering a material in a -stream or'blanlret to one side of said for delivering a material in a'stream or blanket to the/opposite side ofsaid compertinents, some of said compartments being open alongthe firstside and being closed at the second side thereof so that the material deliveredy tothe second side of these compartments will be diverted to the opposite or first side of said chute, and the remaining compartments l)being open along the second side ofthechute so that the material delivered to the first side of these compartf ments will' be diverted to thel second side 18. In combination, a chute,2divided into a 'plurality of compartments, means for de:

livering a material to the first sid of each of said compartments, means for delivering a material to the second or opposite sides of l each of said compartments, plates adjacent the bottoms of the alternate compartments closin the first sides thereof so that the materialJ delivered to' these compartments will issue from the open' or opposite sides thereof, and plates in the-remaining or ine material delivered to in a stream or blanket compartments, and means tervening compartments closing thesecond sides of these compartments solthat the material delivered ytothese compartments will issue therefrom from-the first side thereof.

19. In combination, a chute, means for dei livering materials in the opposite sides of Isaid chute, 'means for dividing said chute `into a plurality of compartments, inclined divertingY plates in alternate compartments extending from one side thereof to. at ileast the central longitudinal line of the chute,

plates in the remaining compartments'egrtending from the other side of the chute 1n a direction opposteto that of the first-menstreams or blankets to i and inclined diverting. y

tioned diverting plates to at least the central longitudinal line of the chute.

per in the form of a stream or blanket, a second conveyer for delivering a material to the opposite side of said hopper in the form of a streambr blanket, means for dividing said hopper` into a plurality of compartments, plates in some of said compartments closing that side thereof above the mouth of one of said chutes, and plates in the remaining compartments above the mouth of the other chute.

21. IrlV combination, a chute, means for feeding a material to said chute, means in the chute for diverting portions of the material to opposite sides of the chute, and adjustable means beneath said diverting means for diverting the mixed materials as desired.

22. In combination, a chute, means for delivering a plurality of materials to said chute, a plurality of spaced-apart means in the chute for diverting a portion of the materials to one side of the chute, a plurality of means interposed between said first means for diverting the remaining portion of the material tothe other side of the chute, and a gate beneath said diverting means.

` 23. In combination, a chute, means for delivering materials in streams or blankets to materials said chute, plates in said chute for diverting a portion of the materials to one side of said chute, a .second set of plates in the chute for diverting the remaining portion of the materials to the opposite side of the chute, and a gate beneath said plates.

24. In combination, a chute divided into a plurality of compartments, means for de` livering a plurality 'of materials to said chute in the form of streams or blankets, plates in spaced-apart compartments extending from one side thereof but terminating short of the other side so as to cause the delivered to these compartments toissue therefrom-at the rst side, plates in the remaining compartments disposed oppositely to those of the first compartments so as to cause the materials delivered to f these compartments to issue from the second side f thereof, and a gate comprising a plurality of adjustablese'ction's beneath said divertingplates.

25. In combination, a chute divided into a plurality of compartments, means for delivering a material to the first side of said chute .in the form of a stream orblanket, means for delivering a material to the second side of said compartmentin a `stream or blanket, plates in spaced-apart compart- 'ments extending from one side thereof but terminating short of/,the other side so as to cause the materials delivered to these compartments to lssue therefrom at the first side,

plates in the remaining compartments disposed oppositely to those of the first compartments so as to cause the materials delivered to these compartments to issue from the second side thereof, and a gate comprising a plurality of adjustable sectionsbeneath said diverting plates. l

26. In' combination, a chute divided int-o a plurality of compartments` means for delivering material to said compartments, plates inclined from the Walls of-said chute and partially closing said compartments, said plates in some of said compartments being inclined in one direction so as to divert the material delivered to these compara ments to the first side of the chute, and the plates in the remaining compartments being inclined in the opposite direction so as to cause the material delivered to these compartments to issue from the second side thereof, and a gate in th'e chute beneath said inclined plates, sald gate comprising a pluments to the first side of the chute, and the plates in the remaining compartments being inclined in the opposite direction so as to cause the materials delivered to these compartments to issue from the second side thereof and a gate in the chute beneath said inclined plates, said gate comprising a plurality of sections, each section being at least the Width of two compartments.

28. In combination, a hopper divided into a plurality of compartments, a plurality of chutes into which said hopper delivers, means for delivering material `in a stream or blanket to` said compartments, inclined diverting plates in alternate compartments extending from one side thereof to at least the central longitudinal line of the hopper, inclined cdiverting plates in the remaining compartments extending from the other side ofthe hopper ina direction opposite to that of the, first-mentioned diverting plates to at least the central longitudinal `line of the hopper, and a gate beneath said inclined plates and between said chutes, said gate comprising a plurality of independently pivotedplates or sections.

. 29. In combinationa hopper, chutes into which said hopper delivers, plates for dividing said hopper into a plurality of compartments, inclined diverting plates in alternate compartments extending from one side thereof but terminating short of the other Side, inclined diverting plates in the remaining Lcompartments extending from the second side of the hopper in a direction opposite that `of the-irst-mentioned diverting plates, a plurality of compartments beneath the compartments in which said diverting plates are located and of greater Width than said first compartments, and an adjustable gatel0 sectionor plate in each of said second-mentioned compartments. 30. The herein described method of dividing and proportioning material which comprises dividing a body of material transversely into a plurality of bodies,comin gling the alternate bodies of the series, and separately co-mingling in an independent boldly the bodies intermediate of those aforesai In testimony whereof I have hereunto set my hand in presence of two Subscribing Witnesses. v

JOSEPH L. HILLER. Witnesses:

EDWARD B. HILLER, FLORENCE L. HILLER. 

